Respuesta :
The correct answer is 216x⁶y⁵.
Explanation:
The first thing we do is raise the last monomial to the third power.
(4xy)(2x²y)(3xy)³
=(4xy)(2x²y)(3³x³y³)
=4xy(2x²y)(27x³y³).
Now we can multiply the first two monomials. When we multiply powers with the same base, we add the exponents:
8x³y²(27x³y³).
We multiply these last two monomials, again adding the exponents:
216x⁶y⁵.
Explanation:
The first thing we do is raise the last monomial to the third power.
(4xy)(2x²y)(3xy)³
=(4xy)(2x²y)(3³x³y³)
=4xy(2x²y)(27x³y³).
Now we can multiply the first two monomials. When we multiply powers with the same base, we add the exponents:
8x³y²(27x³y³).
We multiply these last two monomials, again adding the exponents:
216x⁶y⁵.
Answer: [tex]216x^6y^5[/tex]
Step-by-step explanation:
The product law of exponents are given as :-
[tex]a^m\times a^n=a^{m+n}[/tex]
Given expression:-[tex](4xy)(2x^2y)(3xy)^3[/tex]
Which can be written as
[tex](4xy)(2x^2y)(27x^3y^3)\\=4\cdot2\cdot27\cdot x^{1+2+3}y^{1+1+3}\\=216x^6y^5[/tex]
hence the simplifies form of the given expression is [tex]216x^6y^5[/tex]